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From the arid deserts of Tucson, Arizona to the icy forests of Poori, Finland to the tropical beaches of New South Wales, Australia to the urban jungle of downtown Manhattan, critics Alanna Stang and Christopher Hawthorne have traveled to the farthest reaches of the globe to find all that is new in the design of sustainable, or "green," homes. The result: more than thirty-five residences in fifteen countries -- and nearly every conceivable natural environment -- designed by a combination of star architects and heretofore unknown practitioners. Six different climactic zones are presented in The Green House -- waterfront, forest and mountain, tropical, desert, suburban, and urban; there is also a section on mobile dwellings. Each chapter features a series of homes that show the diversity and possibility of sustainable design. Projects are presented with large color images, plans, drawings, and an accompanying text that describes their green features and explains how they work with and in the environment. Architects included: Santiago Calatrava, Shigeru Ban, Miller/Hull, Rick Joy, Lake Flato, Kengo Kuma, Glenn Murcutt, Pugh & Scarpa, Werner Sobek, and many others. The Green House is not only a beautiful object in its own right, but is sure to be an indispensable reference for anyone building or interested in sustainable design -- and if you ask us, that should be everyone.
Architectuur. --- Duurzaam bouwen. --- Ecologisch bouwen. --- Woningbouw.
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Basics Landscape Architecture 02: Ecological Design provides an overview of ecological design and planning for landscape architects. It explores the concepts and themes important to the contemporary practice of ecological design and planning in a highly accessible and richly illustrated format. Focusing primarily on urban environments, this book examines the relationships between ecological design theory and design methods. It describes and illustrates the basic structures and functions of natural and human systems through landscape ecology principles and the dynamics of landscape processes.
504 --- Ecologie --- Ecologisch bouwen --- Duurzaam bouwen --- Duurzame architectuur --- 712 --- 712.25 --- 574 --- Landschapsarchitectuur --- Openbare groenvoorziening --- Ecologie en bioverscheidenheid
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72:574 --- Duurzaam bouwen --- Architectuur en ecologie --- Relation between energy and economics --- Civil engineering. Building industry --- dwellings --- sustainable development --- architectonics --- woningbouw --- energie-economie --- MVO (maatschappelijk verantwoord ondernemen) --- duurzame ontwikkeling
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Nog voor een eerste steen gelegd wordt biedt dit instrument aan het bouwteam de nodige ondersteuning om de aspecten van duurzaamheid van de school te meten. Uiteraard is de leidraad ook bruikbaar om een bestaand gebouw te evalueren op zijn duurzaamheid. Dit instrument is opgebouwd rond tien grote thema's of tien belangrijke vraagstellingen, waarin de essentie van bouwen en wonen besloten ligt. De school van de toekomst zal zich bij het bouwproces laten leiden door volgende vragen. Wordt de school op een duurzame manier ontworpen en later beheerd? Staat de school op de juiste plaats? Is de school bereikbaar voor kinderen? Krijgt de natuur een kans op de site? Kunnen we het waterverbruik en de lozing van afvalwater beperken? Hoe kiezen we onze materialen? Wordt afval beperkt? Bouwen we een energiezuinige school? Bouwen we een comfortabele en prettige leef- en leeromgeving? Wordt dit een school met open mogelijkheden en interacties met de brede samenleving? Wordt deze school een voorbeeldgebouw? Deze handleiding biedt de scholenbouwer tal van bruikbare tips, meetinstrumenten en een checklist van ontwerp tot oplevering. Met behulp van een quoteringssysteem gebeurt er een objectieve meting van alle facetten van de nieuwbouw en blijkt in welke mate die keuzes duurzaam zijn. Dit gaat van de keuze van materialen over isolatie tot de beplanting van een stuk groen aan de school. Duurzaam bouwen is een voortdurende evenwichtsoefening in het zoeken naar meerwaarde voor de school. Hoe kan een gebouw voldoen aan de behoeften van de huidige en toekomstige gebruikers? Het GO! onderwijs van de Vlaamse Gemeenschap en het Agentschap voor infrastructuur in het onderwijs (Agion) willen van een nieuw schoolgebouw meer maken dan een beschermende doos waar toevallig leerlingen in verblijven. Kwaliteitsvolle architectuur die inspireert tot leren, groene campussen, milieuvriendelijke voorzieningen en passiefscholen staan hoog op het verlanglijstje. In deze handleiding vindt de scholenbouwer tal van bruikbare tips, meetinstrumenten en een checklist van ontwerp tot oplevering.
Duurzaam bouwen. --- Architectuur en milieu. --- Scholen --- Architectuur. --- public buildings [governmental buildings] --- schools [buildings] --- Environmental protection. Environmental technology --- Architecture --- architecture [discipline] --- Public buildings --- scholen --- scholenbouw --- smart building --- duurzaamheid --- schoolgebouwen --- 727.1 --- $a691 --- Duurzaam bouwen --- Schoolgebouwen --- onderwijs - België (1959 tot heden) --- architectuur --- Schoolgebouwen ; 21ste eeuw --- Architectuur ; scholen ; 21ste eeuw --- 727.1 Schoolarchitectuur. Scholenbouw. Schoolgebouwen --- Schoolarchitectuur. Scholenbouw. Schoolgebouwen --- schoolgebouwen, schoolarchitectuur --- Gebouwen voor opleiding en wetenschap ; scholen --- Contains audio-visual material --- Scholenbouw --- Scholeninfrastructuur --- Schoolgebouw --- Schoolinfrastructuur
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Since its launch in 1993 by the nonprofit U.S. Green Building Council, the Leadership in Energy and Environmental Design (LEED) program has become the standard measure of sustainability for buildings worldwide. Successfully reaching one of four LEED certification levels-Certified, Silver, Gold, or Platinum-requires specific point totals, which differ among building types. Getting certified, in addition to altruistic benefits, allows building owners to take advantage of a growing number of state and local government incentives. The menu of potential points available for various practices ranges from installing bike racks on-site to documenting the source of the iron ore used in anyconstruction steel. As any architect or developer can attest, navigating this complex system of required prerequisites and credits can be maddening. It may be good to be green, but it's still far from easy. An architect's knowledge of materials can make or break a building's rating. Though LEED's performance-based criteriaexclude individual materials and products from earning points toward certification, their specific use can. Apply a material in the wrong situation and you may not get credit for it. Fortunately, with a little insider knowledge, you can also use one material to get credit in two, three, or even more areas. LEED Materials is packed with critical information on nearly two hundred materials, products, and services. Organized in the Construction Specifications Institute (CSI) MasterFormat-industry standard in building contracts-this highly visual guide makes sure your material choices and uses will maximize your LEED credits. LEED Materials includes a foreword by Steven Winter, former chairman of the U.S. Green Building Council.
69.02 --- 745.5 --- materialenkennis --- designmaterialen --- ecologisch bouwen --- ecologische bouwmaterialen --- bouwen - constructie-elementen, duurzaam bouwen --- designmaterialen - algemeen --- Construction --- Construction durable --- Éco-produits --- Building materials --- Green products --- Leadership in Energy and Environmental Design Green Building Rating System. --- Sustainable construction. --- Matériaux --- Aspect environnemental --- Leadership in Energy and Environmental Design Green Building Rating System --- Sustainable construction --- duurzaam bouwen --- Green construction --- Building --- Sustainable engineering --- LEED Green Building Rating System --- LEED Rating System --- Sustainable buildings --- Earth-friendly products --- Environmentally safe products --- Commercial products --- Green marketing --- Recycled products --- Architectural materials --- Architecture --- Building supplies --- Buildings --- Construction materials --- Structural materials --- Materials --- Design and construction --- Standards --- Éco-produits --- Matériaux
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Towards Zero-energy Architecture is a much needed call for the design professions to redefine architecture to help alleviate ecological problems. This book explores the theories, practices, and principles of new approaches to solar architecture that foster both design excellence and low-energy use.
architectuur --- zonne-energie --- solar power --- energiebesparing --- Architecture --- architecture [discipline] --- Relation between energy and economics --- Solar physics --- 72:574 --- Architectuur en ecologie ; 21ste eeuw --- Bouweconomie --- Duurzame architectuur ; handboeken --- Energiebesparing ; zonne-energie --- Ecologisch bouwen en wonen --- 697.7 --- 699.86 --- 699 --- 69 --- 69.03 --- 504 --- Architectuur en ecologie --- Zonne-energie --- Klimaatbeheersing --- Klimaatontwerp --- Bouwfysica --- Bouwtechniek --- Energie-efficiënte architectuur --- Duurzaam bouwen --- Duurzame architectuur --- Ecologie --- Ecologisch bouwen --- Climatisation solaire --- Climatologie --- Energie photovoltaique --- Energie solaire --- Energie verte --- 574 --- Ecologie & bioverscheidenheid
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A showcase of how good design can transform any small space into a comfortable, modern, and environmentally sensitive home.
Architectuur. --- Duurzaam bouwen. --- Ecologisch bouwen. --- Ecological houses --- Maisons écologiques --- Constructions durables --- duurzaam wonen --- ecohuizen --- ecologisch wonen --- Maisons écologiques --- Architect-designed houses --- Small houses --- 72.02 --- duurzame architectuur --- Houses, Small --- Dwellings --- Alternative homes --- Ecohomes --- Environmental homes --- Green homes (Green technology) --- Low impact houses --- Sustainable houses --- Sustainable buildings --- Custom-designed houses --- Houses, Architect-designed --- Habitations --- Designs and plans --- Design and construction --- Environmental aspects --- Environmental engineering --- Dessins et plans --- Construction --- Aspect de l'environnement --- Technique de l'environnement --- Designs and plans. --- Environmental aspects.
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699.86 --- 699 --- 69.03 --- 504 --- 551.58 --- 72:574 --- 628.8 --- Architectuur ; klimatisch geregelde --- Bouweconomie --- Architectuur en milieu --- Duurzaam bouwen --- 697.1 --- 69.03 Size, permanence, location and shape of buildings --- Size, permanence, location and shape of buildings --- 699.86 Thermal insulation of buildings. Cold-resistant and heat-resistant construction. Expansion joints --- Thermal insulation of buildings. Cold-resistant and heat-resistant construction. Expansion joints --- 697.1 Heating of buildings generally. Principles, requirements, calculations. External and internal influences --- Heating of buildings generally. Principles, requirements, calculations. External and internal influences --- Klimaatontwerp --- Klimaatbeheersing --- Bouwfysica --- Energie-efficiënte architectuur --- Milieu --- Klimaat --- Architectuur en ecologie --- Ingenieurswetenschappen ; verwarming, ventilatie, klimaatregeling
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